/// <summary>
/// 画图：入射波和反射波、透射波的最大值
/// </summary>
/// <param name="ButtonDex"></param>
private void drawWaveMax(int ButtonDex)
{
//Point po = new Point();
//标记出入射波、反射波、透射波的最大值（横线+文字）
TempDraw td = new TempDraw();
td.TmpX.Clear();
td.TmpY.Clear();
td.ITX.Clear();
td.ITY.Clear();
td.RX.Clear();
td.RY.Clear();
//设置波形界面变量值
td.zGraph1._isDrawWaveMax = true;
//图形界面清空、坐标初始化
td.zGraph1.f_ClearAllPix();
td.zGraph1.f_reXY();
//重新设置X轴参数
if (this.f2.X1[pos2] - this.f2.X1[pos1] < 200)
{
td.zGraph1.m_fXBegin = this.f2.X1[pos1];
td.zGraph1.m_fXEnd = this.f2.X1[pos2];
}
if (ButtonDex == 1) //显示CH1
{
td.zGraph1._isWaveMaxNum = 1;
td.zGraph1.ITX = this.f2.X1[addr1];
td.zGraph1.ITY = this.f2.Y1[addr1];
td.zGraph1.RX = this.f2.X1[addr2];
td.zGraph1.RY = this.f2.Y1[addr2];
for (int t = pos1; t <= pos2; t++)
{
td.TmpX.Add(this.f2.X1[t]);
td.TmpY.Add(this.f2.Y1[t]);
}
td.Text = "入射波最大值、反射波最大值图像";
td.zGraph1.label_ChNum.Text = "当前显示通道为：CH1";
//重新设置Y轴参数
if (IMax - RMax < 4)
{
td.zGraph1.m_fYBegin = RMax + (IMax - RMax) / 20;
td.zGraph1.m_fYEnd = IMax + (IMax - RMax) / 20;
}
//画出CH1的波形图像
td.zGraph1.f_LoadOnePix(ref td.TmpX, ref td.TmpY, Color.FromArgb(255, 255, 0), 2);
//画出入射波最大值的标记
td.ITX.Add(this.f2.X1[addr1]);
td.ITY.Add(this.f2.Y1[addr1] - (td.zGraph1.m_fYEnd - td.zGraph1.m_fYBegin) / 6);
td.ITX.Add(this.f2.X1[addr1]);
td.ITY.Add(this.f2.Y1[addr1]);
td.ITX.Add(this.f2.X1[addr1]);
td.ITY.Add(this.f2.Y1[addr1] + (td.zGraph1.m_fYEnd - td.zGraph1.m_fYBegin) / 6);
td.zGraph1.f_AddPix(ref td.ITX, ref td.ITY, Color.Green, 2);
//画出反射波最大值的标记
td.RX.Add(this.f2.X1[addr2]);
td.RY.Add(this.f2.Y1[addr2] - (td.zGraph1.m_fYEnd - td.zGraph1.m_fYBegin) / 6);
td.RX.Add(this.f2.X1[addr2]);
td.RY.Add(this.f2.Y1[addr2]);
td.RX.Add(this.f2.X1[addr2]);
td.RY.Add(this.f2.Y1[addr2] + (td.zGraph1.m_fYEnd - td.zGraph1.m_fYBegin) / 6);
td.zGraph1.f_AddPix(ref td.RX, ref td.RY, Color.Green, 2);
}
else if (ButtonDex == 2) //显示CH2
{
td.zGraph1._isWaveMaxNum = 2;
td.zGraph1.ITX = this.f2.X2[addr3];
td.zGraph1.ITY = this.f2.Y2[addr3];
for (int t = pos1; t <= pos2; t++)
{
td.TmpX.Add(this.f2.X2[t]);
td.TmpY.Add(this.f2.Y2[t]);
}
td.Text = "透射波最大值图像";
td.zGraph1.label_ChNum.Text = "当前显示通道为：CH2";
//重新设置Y轴参数
if (TMax - TMin < 4)
{
td.zGraph1.m_fYBegin = TMin + (TMax - TMin) / 20;
td.zGraph1.m_fYEnd = TMax + (TMax - TMin) / 20;
}
//画出CH2的波形图像
td.zGraph1.f_LoadOnePix(ref td.TmpX, ref td.TmpY, Color.FromArgb(255, 255, 0), 2);
//画出透射波最大值的标记
td.ITX.Add(this.f2.X2[addr3]);
td.ITY.Add(this.f2.Y2[addr3] - (td.zGraph1.m_fYEnd - td.zGraph1.m_fYBegin) / 6);
td.ITX.Add(this.f2.X2[addr3]);
td.ITY.Add(this.f2.Y2[addr3]);
td.ITX.Add(this.f2.X2[addr3]);
td.ITY.Add(this.f2.Y2[addr3] + (td.zGraph1.m_fYEnd - td.zGraph1.m_fYBegin) / 6);
td.zGraph1.f_AddPix(ref td.ITX, ref td.ITY, Color.Green, 2);
}
td.zGraph1.Refresh();
td.Show();
}
/// <summary>
/// 画图：入射波和反射波、透射波的起点值
/// </summary>
/// <param name="ButtonDex"></param>
private void drawWaveStart(int ButtonDex)
{
//标记处入射波、反射波、透射波的起点
TempDraw td = new TempDraw();
td.TmpX.Clear();
td.TmpY.Clear();
td.ITSX.Clear();
td.ITSY.Clear();
td.RSX.Clear();
td.RSY.Clear();
//设置波形界面变量值
td.zGraph1._isDrawWaveStart = true;
//图形界面清空、坐标初始化
td.zGraph1.f_ClearAllPix();
td.zGraph1.f_reXY();
//显示CH1
if (ButtonDex == 1)
{
td.zGraph1._isWaveStartNum = 1;
td.zGraph1.ITSX = this.f2.X1[SetStartPos1];
td.zGraph1.ITSY = this.f2.Y1[SetStartPos1];
td.zGraph1.RSX = this.f2.X1[SetStartPos2];
td.zGraph1.RSY = this.f2.Y1[SetStartPos2];
for (int t = pos1; t <= pos2; t++)
{
td.TmpX.Add(this.f2.X1[t]);
td.TmpY.Add(this.f2.Y1[t]);
}
td.Text = "入射波起点、反射波起点图像";
td.zGraph1.label_ChNum.Text = "当前显示通道为：CH1";
//重新设置Y轴参数
td.zGraph1.m_fYBegin = RMax + (IMax - RMax) / 20;
td.zGraph1.m_fYEnd = IMax + (IMax - RMax) / 20;
//画出CH1的波形图像
td.zGraph1.f_LoadOnePix(ref td.TmpX, ref td.TmpY, Color.FromArgb(255, 255, 0), 2);
//画出入射波起点的标记
td.ITSX.Add(this.f2.X1[SetStartPos1]);
td.ITSY.Add(this.f2.Y1[SetStartPos1] - (td.zGraph1.m_fYEnd - td.zGraph1.m_fYBegin) / 6);
td.ITSX.Add(this.f2.X1[SetStartPos1]);
td.ITSY.Add(this.f2.Y1[SetStartPos1]);
td.ITSX.Add(this.f2.X1[SetStartPos1]);
td.ITSY.Add(this.f2.Y1[SetStartPos1] + (td.zGraph1.m_fYEnd - td.zGraph1.m_fYBegin) / 6);
td.zGraph1.f_AddPix(ref td.ITSX, ref td.ITSY, Color.Green, 2);
//画出反射波起点的标记
td.RSX.Add(this.f2.X1[SetStartPos2]);
td.RSY.Add(this.f2.Y1[SetStartPos2] - (td.zGraph1.m_fYEnd - td.zGraph1.m_fYBegin) / 6);
td.RSX.Add(this.f2.X1[SetStartPos2]);
td.RSY.Add(this.f2.Y1[SetStartPos2]);
td.RSX.Add(this.f2.X1[SetStartPos2]);
td.RSY.Add(this.f2.Y1[SetStartPos2] + (td.zGraph1.m_fYEnd - td.zGraph1.m_fYBegin) / 6);
td.zGraph1.f_AddPix(ref td.RSX, ref td.RSY, Color.Green, 2);
if (this.isStartNum == 2) //标记画图，重新开始一轮
{
this.isStartNum = 0;
this.isStartOpen = false;
}
this.isStartNum++;
}
else if (ButtonDex == 2)
{
td.zGraph1._isWaveStartNum = 2;
td.zGraph1.ITSX = this.f2.X2[SetStartPos3];
td.zGraph1.ITSY = this.f2.Y2[SetStartPos3];
for (int t = pos1; t <= pos2; t++)
{
td.TmpX.Add(this.f2.X2[t]);
td.TmpY.Add(this.f2.Y2[t]);
}
td.Text = "透射波起点图像";
td.zGraph1.label_ChNum.Text = "当前显示通道为：CH2";
//重新设置Y轴参数
td.zGraph1.m_fYBegin = TMin + (TMax - TMin) / 20;
td.zGraph1.m_fYEnd = TMax + (TMax - TMin) / 20;
//画出CH2的波形图像
td.zGraph1.f_LoadOnePix(ref td.TmpX, ref td.TmpY, Color.FromArgb(255, 255, 0), 2);
//画出透射波起点的标记
td.ITSX.Add(this.f2.X2[SetStartPos3]);
td.ITSY.Add(this.f2.Y2[SetStartPos3] - (td.zGraph1.m_fYEnd - td.zGraph1.m_fYBegin) / 6);
td.ITSX.Add(this.f2.X2[SetStartPos3]);
td.ITSY.Add(this.f2.Y2[SetStartPos3]);
td.ITSX.Add(this.f2.X2[SetStartPos3]);
td.ITSY.Add(this.f2.Y2[SetStartPos3] + (td.zGraph1.m_fYEnd - td.zGraph1.m_fYBegin) / 6);
td.zGraph1.f_AddPix(ref td.ITSX, ref td.ITSY, Color.Green, 2);
if (this.isStartNum == 2) //标记画图，重新开始一轮
{
this.isStartNum = 0;
this.isStartOpen = false;
}
this.isStartNum++;
}
td.zGraph1.Refresh();
td.Show();
if (this.isStartNum == 2) //两幅波形图都已经画出
{
this.isStartOpen = true;
}
}
/// <summary>
/// 波的应变计算：计算入射,反射,透射应变；计算工程应力，工程应变，工程应变率；计算真实应力，真实应变，真实应变率
/// </summary>
/// <param name="sender"></param>
/// <param name="e"></param>
private void 波的应变计算CToolStripMenuItem_Click(object sender, EventArgs e)
{
StrainCal sc1 = new StrainCal();
if (this.f2.IsDisposed == true) { }
else if (this.f2.zGraph1._isCursorsShowXY == 1)
{
if (this.isStartOpen == true && isParasOpen == true)
{
if (this.f2.X1.Count > 0
&& this.f2.X2.Count > 0
&& this.f2.checkedListBox1.GetItemChecked(0) == true
&& this.f2.checkedListBox1.GetItemChecked(1) == true
&& this.f2.showCount == 2)
{
//计算得到推荐波形数据起点和终点
this.RecStart = this.f2.X1[SetStartPos1];
this.RecEnd = this.RecStart + (float)(2 * this.Lst * 0.001 / Cbar * 1000000 + 50.0);
this.RecStartPos = this.SetStartPos1;
for (int t = SetStartPos1; t <= pos2; t++)
{
if (this.f2.X1[t] == this.RecEnd)
{
this.RecEndPos = t;
break;
}
else if (t <= pos2 - 1 && this.f2.X1[t] < this.RecEnd && this.f2.X1[t + 1] > this.RecEnd)
{
this.RecEndPos = t;
break;
}
}
sc1.textBox1.Text = this.RecStartPos.ToString();
sc1.textBox2.Text = (this.RecEndPos - 125).ToString(); //推荐终点值：-125
if (isBtn3Click == true)
{
sc1.textBox3.Text = this.SetEndPos.ToString();
}
//弹出模式对话框
if (sc1.ShowDialog() == DialogResult.OK)
{
if (sc1.ButtonDex == 0)
{
if (isBtn3Click == false)
{
isBtn3Click = true;
}
this.SetEndPos = int.Parse(sc1.textBox3.Text);
}
else
{
if (isBtn3Click == true)
{
TempDraw td = new TempDraw();
//存储数据列表清空
td.TmpX1.Clear();
td.TmpY1.Clear();
td.TmpY2.Clear();
td.TmpY3.Clear();
td.TmpY4.Clear();
//图形界面清空、坐标初始化
td.zGraph1.f_ClearAllPix();
td.zGraph1.f_reXY();
//在选取显示的数据较少时，重新设置X轴参数
if (this.f2.X1[this.SetEndPos] - this.f2.X1[this.RecStartPos] <= 200)
{
float tmpDelta = (this.f2.X1[this.SetEndPos] - this.f2.X1[this.RecStartPos]) / 20;
td.zGraph1.m_fXBegin = this.f2.X1[this.RecStartPos] - tmpDelta;
td.zGraph1.m_fXEnd = this.f2.X1[this.SetEndPos] + tmpDelta;
}
if (sc1.ButtonDex == 1 && this.isStrainNum == 0)
{
for (int t = this.RecStartPos; t <= this.SetEndPos; t++)
{
td.TmpX1.Add(this.f2.X1[t]);
td.TmpY1.Add(this.f2.Y1[t]);
td.TmpY2.Add(-1 * this.f2.Y1[t + this.SetStartPos2 - this.RecStartPos]);
td.TmpY3.Add(this.f2.Y2[t + this.SetStartPos3 - this.RecStartPos]);
td.TmpY4.Add(this.f2.Y1[t] + this.f2.Y1[t + this.SetStartPos2 - this.RecStartPos]);
}
//重新设置Y轴参数
if (IMax < 4)
{
td.zGraph1.m_fYBegin = -IMax / 20;
td.zGraph1.m_fYEnd = IMax + IMax / 20;
}
td.Text = "入射波、反射波、透射波的电压-时间图像";
td.zGraph1.label_ChNum.Text = "入射波：红色 反射波：绿色 透射波：黄色 入射波-(取反的)反射波：蓝色";
td.zGraph1.f_LoadOnePix(ref td.TmpX1, ref td.TmpY1, Color.Red, 2);
td.zGraph1.f_AddPix(ref td.TmpX1, ref td.TmpY2, Color.Green, 2);
td.zGraph1.f_AddPix(ref td.TmpX1, ref td.TmpY3, Color.Yellow, 2);
td.zGraph1.f_AddPix(ref td.TmpX1, ref td.TmpY4, Color.Blue, 2);
//把画图子窗口的数据保存在父窗体中
for (int t = 0; t < td.TmpX1.Count; t++)
{
this.Ux1.Add(td.TmpX1[t]);
this.Uy1.Add(td.TmpY1[t]);
this.Uy2.Add(td.TmpY2[t]);
this.Uy3.Add(td.TmpY3[t]);
}
this.isStrainNum++;
td.zGraph1.Refresh();
td.Show();
}
else if (sc1.ButtonDex == 2 && this.isStrainNum == 1)
{
for (int t = 0; t < this.Ux1.Count; t++)
{
td.TmpX1.Add(this.Ux1[t]);
td.TmpY1.Add(this.Uy1[t]);
td.TmpY2.Add(this.Uy2[t]);
td.TmpY3.Add(this.Uy3[t]);
}
//计算参数
float N1 = Rg1 / (R1 * 1000 + Rg1) - Rg1 * RC1 * 1000 / (R1 * 1000 * (Rg1 + RC1 * 1000) + Rg1 * RC1 * 1000);
float N2 = Rg2 / (R1 * 1000 + Rg2) - Rg2 * RC2 * 1000 / (R1 * 1000 * (Rg2 + RC2 * 1000) + Rg2 * RC2 * 1000);
//计算入射波、反射波、透射波应变
for (int t = 0; t <= this.SetEndPos - this.RecStartPos; t++)
{
//入射波应变
td.TmpY1[t] *= (N1 / EB1);
td.TmpY1[t] = td.TmpY1[t] * (R1 * 1000 + Rg1) * (R1 * 1000 + Rg1) / K1 / Rg1 / (R1 * 1000 + td.TmpY1[t] * (R1 * 1000 + Rg1));
//反射波应变
td.TmpY2[t] *= (N1 / EB1);
td.TmpY2[t] = td.TmpY2[t] * (R1 * 1000 + Rg1) * (R1 * 1000 + Rg1) / K1 / Rg1 / (R1 * 1000 + td.TmpY2[t] * (R1 * 1000 + Rg1));
//透射波应变
td.TmpY3[t] *= (N2 / EB2);
td.TmpY3[t] = td.TmpY3[t] * (R1 * 1000 + Rg2) * (R1 * 1000 + Rg2) / K2 / Rg2 / (R1 * 1000 + td.TmpY3[t] * (R1 * 1000 + Rg2));
}
//应变值均非常小，没有单位，进行放大后显示：10^4
for (int t = 0; t <= this.SetEndPos - this.RecStartPos; t++)
{
td.TmpY1[t] *= 10000;
td.TmpY2[t] *= 10000;
td.TmpY3[t] *= 10000;
}
float tmpMax = -100; //临时变量
for (int t = 0; t <= this.SetEndPos - this.RecStartPos; t++)
{
if (td.TmpY1[t] > tmpMax)
{
tmpMax = td.TmpY1[t];
}
}
//重新设置Y轴参数
if (tmpMax < 4)
{
td.zGraph1.m_fYBegin = -tmpMax / 20;
td.zGraph1.m_fYEnd = tmpMax + tmpMax / 20;
}
td.Text = "入射波、反射波、透射波的应变-时间图像";
td.zGraph1.label_ChNum.Text = "入射波：红色 反射波：绿色 透射波：黄色";
td.zGraph1.m_SySnameY = "(*10^4)";
td.zGraph1.f_LoadOnePix(ref td.TmpX1, ref td.TmpY1, Color.Red, 2);
td.zGraph1.f_AddPix(ref td.TmpX1, ref td.TmpY2, Color.Green, 2);
td.zGraph1.f_AddPix(ref td.TmpX1, ref td.TmpY3, Color.Yellow, 2);
//把画图子窗口的数据保存在父窗体中
for (int t = 0; t < td.TmpX1.Count; t++)
{
this.Sy1.Add(td.TmpY1[t] / 10000);
this.Sy2.Add(td.TmpY2[t] / 10000);
this.Sy3.Add(td.TmpY3[t] / 10000);
}
this.isStrainNum++;
td.zGraph1.Refresh();
td.Show();
}
else if (sc1.ButtonDex == 3 && this.isStrainNum == 2)
{
for (int t = 0; t < this.Ux1.Count; t++)
{
td.TmpX1.Add(this.Ux1[t]);
//注意单位转换GPa->MPa，*1000
td.TmpY1.Add(1000 * E / 2 * RD * RD / LD / LD * (Sy1[t] - Sy2[t] + Sy3[t])); //三波法
td.TmpY2.Add(1000 * E * RD * RD / LD / LD * Sy3[t]); //两波法
}
float tmpMax = -100, tmpMin = 100; //临时变量
for (int t = 0; t <= this.SetEndPos - this.RecStartPos; t++)
{
if (td.TmpY1[t] > tmpMax)
{
tmpMax = td.TmpY1[t];
}
if (td.TmpY2[t] > tmpMax)
{
tmpMax = td.TmpY2[t];
}
if (td.TmpY1[t] < tmpMin)
{
tmpMin = td.TmpY1[t];
}
if (td.TmpY2[t] < tmpMin)
{
tmpMin = td.TmpY2[t];
}
}
//重新设置Y轴参数
if ((tmpMax - tmpMin) < 4)
{
td.zGraph1.m_fYBegin = tmpMin - (tmpMax - tmpMin) / 20;
td.zGraph1.m_fYEnd = tmpMax + (tmpMax - tmpMin) / 20;
}
td.Text = "工程应力-时间图像";
td.zGraph1.label_ChNum.Text = "三波法：红色 两波法：绿色";
td.zGraph1.m_SySnameY = "MPa";
td.zGraph1.f_LoadOnePix(ref td.TmpX1, ref td.TmpY1, Color.Red, 2);
td.zGraph1.f_AddPix(ref td.TmpX1, ref td.TmpY2, Color.Green, 2);
//把画图子窗口的数据保存在父窗体中
for (int t = 0; t < td.TmpX1.Count; t++)
{
this.ESFy1.Add(td.TmpY1[t]);
this.ESFy2.Add(td.TmpY2[t]);
}
this.isStrainNum++;
td.zGraph1.Refresh();
td.Show();
}
else if (sc1.ButtonDex == 4 && this.isStrainNum == 3)
{
float tmpS1 = 0, tmpS2 = 0; //临时变量
td.TmpX1.Add(this.Ux1[0]); //t = 0
td.TmpY1.Add(0);
td.TmpY2.Add(0);
for (int t = 1; t < this.Ux1.Count; t++) //进行模拟积分运算
{
td.TmpX1.Add(this.Ux1[t]);
tmpS1 += (Cbar / Ls) * (this.Ux1[t] - this.Ux1[t - 1]) * ((Sy1[t] + Sy2[t] - Sy3[t]) + (Sy1[t - 1] + Sy2[t - 1] - Sy3[t - 1])) / 2;
tmpS2 += (2 * Cbar / Ls) * (this.Ux1[t] - this.Ux1[t - 1]) * ((Sy1[t] - Sy3[t]) + (Sy1[t - 1] - Sy3[t - 1])) / 2;
td.TmpY1.Add(tmpS1);
td.TmpY2.Add(tmpS2);
}
float tmpMax = -100, tmpMin = 100; //临时变量
for (int t = 0; t <= this.SetEndPos - this.RecStartPos; t++)
{
if (td.TmpY1[t] > tmpMax)
{
tmpMax = td.TmpY1[t];
}
if (td.TmpY2[t] > tmpMax)
{
tmpMax = td.TmpY2[t];
}
if (td.TmpY1[t] < tmpMin)
{
tmpMin = td.TmpY1[t];
}
if (td.TmpY2[t] < tmpMin)
{
tmpMin = td.TmpY2[t];
}
}
//重新设置Y轴参数
if ((tmpMax - tmpMin) < 4)
{
td.zGraph1.m_fYBegin = tmpMin - (tmpMax - tmpMin) / 20;
td.zGraph1.m_fYEnd = tmpMax + (tmpMax - tmpMin) / 20;
}
td.Text = "工程应变-时间图像";
td.zGraph1.label_ChNum.Text = "三波法：红色 两波法：绿色";
td.zGraph1.m_SySnameY = "";
td.zGraph1.f_LoadOnePix(ref td.TmpX1, ref td.TmpY1, Color.Red, 2);
td.zGraph1.f_AddPix(ref td.TmpX1, ref td.TmpY2, Color.Green, 2);
//把画图子窗口的数据保存在父窗体中
for (int t = 0; t < td.TmpX1.Count; t++)
{
this.ESy1.Add(td.TmpY1[t]);
this.ESy2.Add(td.TmpY2[t]);
}
this.isStrainNum++;
td.zGraph1.Refresh();
td.Show();
}
else if (sc1.ButtonDex == 5 && this.isStrainNum == 4)
{
for (int t = 0; t < this.Ux1.Count; t++)
{
td.TmpX1.Add(this.Ux1[t]);
td.TmpY1.Add(1000 * Cbar / Ls * (Sy1[t] + Sy2[t] - Sy3[t])); //三波法
td.TmpY2.Add(1000 * 2 * Cbar / Ls * (Sy1[t] - Sy3[t])); //两波法
}
float tmpMax = -100, tmpMin = 100; //临时变量
for (int t = 0; t <= this.SetEndPos - this.RecStartPos; t++)
{
if (td.TmpY1[t] > tmpMax)
{
tmpMax = td.TmpY1[t];
}
if (td.TmpY2[t] > tmpMax)
{
tmpMax = td.TmpY2[t];
}
if (td.TmpY1[t] < tmpMin)
{
tmpMin = td.TmpY1[t];
}
if (td.TmpY2[t] < tmpMin)
{
tmpMin = td.TmpY2[t];
}
}
//重新设置Y轴参数
if ((tmpMax - tmpMin) < 4)
{
td.zGraph1.m_fYBegin = tmpMin - (tmpMax - tmpMin) / 20;
td.zGraph1.m_fYEnd = tmpMax + (tmpMax - tmpMin) / 20;
}
td.Text = "工程应变率-时间图像";
td.zGraph1.label_ChNum.Text = "三波法：红色 两波法：绿色";
td.zGraph1.m_SySnameY = "1/s";
td.zGraph1.f_LoadOnePix(ref td.TmpX1, ref td.TmpY1, Color.Red, 2);
td.zGraph1.f_AddPix(ref td.TmpX1, ref td.TmpY2, Color.Green, 2);
//把画图子窗口的数据保存在父窗体中
for (int t = 0; t < td.TmpX1.Count; t++)
{
this.ESRy1.Add(td.TmpY1[t]);
this.ESRy2.Add(td.TmpY2[t]);
}
this.isStrainNum++;
td.zGraph1.Refresh();
td.Show();
}
else if (sc1.ButtonDex == 6 && this.isStrainNum == 5)
{
for (int t = 0; t < this.Ux1.Count; t++)
{
td.TmpY1.Add(this.ESy1[t]); //三波法
td.TmpY2.Add(this.ESFy1[t]);
td.TmpY3.Add(this.ESy2[t]); //两波法
td.TmpY4.Add(this.ESFy2[t]);
}
//在选取显示的数据较少时，重新设置X轴参数
float TmpMin = 0, TmpMax = 0;
TmpMin = td.TmpY1[0] < td.TmpY3[0] ? td.TmpY1[0] : td.TmpY3[0];
TmpMax = td.TmpY1[td.TmpY1.Count - 1] > td.TmpY3[td.TmpY1.Count - 1] ? td.TmpY1[td.TmpY1.Count - 1] : td.TmpY3[td.TmpY1.Count - 1];
if (TmpMax - TmpMin <= 200)
{
float tmpDelta = (TmpMax - TmpMin) / 20;
td.zGraph1.m_fXBegin = TmpMin - tmpDelta;
td.zGraph1.m_fXEnd = TmpMax + tmpDelta;
}
float tmpMax = -100, tmpMin = 100; //临时变量
for (int t = 0; t <= this.SetEndPos - this.RecStartPos; t++)
{
if (td.TmpY2[t] > tmpMax)
{
tmpMax = td.TmpY2[t];
}
if (td.TmpY4[t] > tmpMax)
{
tmpMax = td.TmpY4[t];
}
if (td.TmpY2[t] < tmpMin)
{
tmpMin = td.TmpY2[t];
}
if (td.TmpY4[t] < tmpMin)
{
tmpMin = td.TmpY4[t];
}
}
//重新设置Y轴参数
if ((tmpMax - tmpMin) < 4)
{
td.zGraph1.m_fYBegin = tmpMin - (tmpMax - tmpMin) / 20;
td.zGraph1.m_fYEnd = tmpMax + (tmpMax - tmpMin) / 20;
}
td.Text = "工程应力-工程应变图像";
td.zGraph1.label_ChNum.Text = "三波法：红色 两波法：绿色";
td.zGraph1.m_SySnameX = "";
td.zGraph1.m_SySnameY = "Mpa";
td.zGraph1.f_LoadOnePix(ref td.TmpY1, ref td.TmpY2, Color.Red, 2);
td.zGraph1.f_AddPix(ref td.TmpY3, ref td.TmpY4, Color.Green, 2);
this.isStrainNum++;
td.zGraph1.Refresh();
td.Show();
}
if (this.isStrainNum == 6)
{
this.isStrainOpen = true;
}
}
}
}
}
}
}
}
